Researchers tracked individual diatoms—unicellular photosynthetic microalgae with rigid silica cell walls—as they glided along a surface using mobile adhesive strands that protrude through slits in their cell walls, known as raphes. In PNAS: https://t.co/FcktfjiIwj
@damnnyankee1776@AFGENational It was enacted over several years by a review panel, supported by two major acts of congress and had bipartisan support. Not exactly apples and apples huh?
Preprint of my first first-author modeling paper (call me a modeler)! A novel framework explains microbial coexistence and their nitrogen dynamics in the ocean!🦠🌊Amazing coauthors @PearseJBuchanan@me_microbes_and@magdalenasrr@babbinox@EmilyZakem https://t.co/MymI1csiBt
@trevorfondation and @PlymouthMarine announce joint sponsorship for one trainee from a developing country to attend the #OTC25.
The selected fellow will receive support through the Trevor Platt Science Fund.
Apply via OTC25 at https://t.co/w4f653fdXI
Transporter annotations remain a stubborn blemish for ecologists and systems biologists. I’m hoping this perspective article finds its way to sponsors that can change that.
https://t.co/4uCaBzqUpI
@LuisZaman I pushed for this during a Brewster’s Millions moment in grad school. The pitch: $150k espresso machine w barista, intercoms. The result: no.
A new preprint is out with @AshleyBulseco, @JulesDeep, and undergrad Wenzhou (Meg) Yang, where we look at how specific growth rate is distributed in natural microbial communities. Chemostats and models!
https://t.co/gHmpe5XJQm
@MEPjoe@AshleyBulseco@JulesDeep Awesome! Do you think the shape of the growth rate distribution would be qualitatively different if there were a dilution rate dependence of the carbon substrate redox state (and therefore epsilon)?
So nitrogen fixation is an exclusively prokaryotic process, right? Turns out diazotrophs have evolved to become organelles. Incredibly cool work! https://t.co/O4c5b7sOgw